Yamaha HTR-5730 Service Manual Download Page 33

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RX-V350/HTR-5730

SCHEMATIC DIAGRAM (FUNCTION 2/2)

★

All voltages are measured with a 10M

Ω

/V DC electronic volt meter.

★

Components having special characteristics are marked

and must be replaced

with parts having specifications equal to those originally installed.

★

Schematic diagram is subject to change without notice.

POWER SUPPLY

IR REMOTE

FL DISPLAY

DRIVER

FL DISPLAY

IC651: KIA7812PI
IC653: KIA7805PI
Voltage Regulator

Q12

Q13

Q18

Q17

Q14

Q19

Q10

Q16

INPUT

OUTPUT

COMMON (GND)

Q15

Q11-1

Q11

R12

R19

R10

R15

R14

R16

R21

R20

R22

R23

R17

R13

R11

R18

IC652: KIA7912PI
Voltage Regulator

Q28

Q17

Q18

Q19

Q20

Q31

Q23

Q21

Q22

Q24

Q25

Q26

Q27

Q10

Q11

Q14

Q15

Q16

Q27-1

Q26-1

Q12 Q13

Q29

Q30

R14

R17

R19

R20

R21

R22

R23

R24

R25

R26

R10

R11

R12

R13

R16

R15

R18

OUTPUT

INPUT

Display

controller

Segment

digit

select/
output
circuit

Serial

receive

circuit

Digit
output
circuit

Clock

generator

G12

G13

G14

P38

P37

P36

XOUT

VDD

Vcc2

Vss

XIN

/RESET

P35

P10

Segment

output
circuit

Display code

RAM

(8-bit x 60)

CGROM

(35 bit x 166)

CGROM

(35 bit x 16)

code
select

Code
write

Code/

command

control

circuit

G11

IC551: M66003-0101FP
FL Display Driver

data

timing
clock

dot data
write

scan pulse

x: NOT USED
O: USED / APPLICABLE

Page 52

to DSP

age 56

to MAIN (1)

age 55

to MAIN (1)

FUNCTION (5)

FUNCTION (7)

FUNCTION (8)

FUNCTION (9)

FUNCTION (2)

FUNCTION (4)

FUNCTION (10)

/CEFL

CKFL
DTFL

-24.3

-26.2

-21.7

-26.3

-26.2

-26.3

-26.1

-26.3

-26.0

-22.4

-20.6

-16.7

-16.5

-10.9

-16.7

-18.4

-16.7

-22.3

-26.2

-28.1

-7.4

-22.4

-26.2

-20.4

-26.2

-6.9

-20.2

-20.4

-16.6

-18.6

-9.0

-16.6

-24.3

-22.3

-26.2

-7.0

-12.8

-26.2

-24.3

-26.3

-7.2

-18.5

-9.0

-10.9

-14.6

-21.7

-22.4

-7.4

-28.1

-20.4

-26.2

-6.9

-20.4

-16.6

-18.6

-9.0

-16.6

-24.3

-22.3

-16.2

-7.0

-12.8

4.8

-26.2

-26.3

-26.1

-26.3

-26.2

-26.3

-28.3

-20.2

-26.2

-22.3

-16.7

-18.4

-16.7

-10.9

-16.5

-16.7

-20.6

-22.4

-26.2

-26.3

-7.2

-18.5

-9.0

-10.9

-14.7

4.8

-26.0

-26.2

2.1

4.9

2.1

-7.2

4.8

-7.2

-7.4

4.8

-7.4

-14.7

4.8

-14.6

-20.2

4.8

-20.2

5.0

-22.2

-28.3

-22.2

-28.3

23.2

-23.9

12.1

-12.2

12.8

5.0

-0.1

4.9

23.4

-24.0

6.5

13.1

AC 5.7

AC 36.3

AC 11.1

Summary of Contents for HTR-5730

Page 1: ... to be accurate and applicable to the unit s indicated on the cover The research engineering and service departments of YAMAHA are continually striving to improve YAMAHA products Modifications are therefore inevitable and specifications are subject to change without notice or obligation to retrofit Should any discrepancy appear to exist please contact the distributor s Service Division WARNING Sta...

Page 2: ...ts ON 100 4 VFD DIMMER All segments ON 50 5 CHECKED PATTERN ON in lattice 8 MANUAL TEST 1 TEST ALL 2 TEST FRONT L 3 TEST CENTER 4 TEST FRONT R 5 TEST SURROUND R 6 TEST SURROUND C Not applied to these models 7 TEST SURROUND L 8 TEST LFE 9 FACTORY PRESET 1 PRESET INHIBITED memory initialization inhibited 2 PRESET RESERVED memory initialized 10 AD DATA CHECK 1 DC PS protection indication FAN TEST 2 T...

Page 3: ...5 Byte 16 BSI CS 5 1 Byte 17 YSS938 1 5 Byte 18 YSS938 2 5 Byte 19 YSS938 3 4 Byte 20 SECOND DECODER 3 Byte 21 Mute Trigger 5 Byte 12 DSP RAM CHECK 1 YSS938 BUS CHECK 2 PLD SRAM BUS CHECK 13 SD DL CODE 1 ROM DATA Version 2 TOC Area 0 3 TOC Area 1 4 TOC Area 2 5 TOC Area 3 6 TOC Area 4 7 TOC Area 5 8 Sum check Area 0 9 Sum check Area 1 10 Sum check Area 2 11 Sum check Area 3 12 Sum check Area 4 13 ...

Page 4: ...to select PRESET INHIBITED Memory initialization inhibited 2 Turn off the power by pressing the STANDBY ON key of the main unit Cause The voltage in the power supply section is abnormal Supplementary information The abnormal voltage is displayed in based on 5V as 100 Turning on the power without correcting the abnormality will cause the protection function to work 1 second later and the power supp...

Page 5: ... protection function has worked its history is stored in memory with a backup Even if no abnormality is noted while servicing the unit an abnormality which has occurred previously can be defined as long as the backup data has been stored The history of the protection function is cleared when DIAG is cancelled by selecting PRESET RESERVED Memory initialized of DIAG menu No 9 or when the backup data...

Page 6: ...tput as it is without passing through the DSP section Reference data INPUT DVD ANALOG SWFR 50Hz Others 1kHz YSS 0dB The signal is output including the head margin Head margin FRONT L R 0dBFS Center 6dBFS SL SR 12dBFS SWFR Add L R signal at 20dBFS Reference data INPUT DVD ANALOG SWFR 50Hz Others 1kHz SPEAKER OUTPUT 1kHz SUBWOOFER Input level Volume FRONT CENTER SL SR OUTPUT L R 50Hz Both ch 20 dBm ...

Page 7: ... C L LFE R L R L R L R SL SR L R Sp Config Digital Analog YSS FULL BIT P The Presence CH signal is output in digital full bit at the Front CH Reference data INPUT DVD ANALOG SWFR 50Hz Others 1kHz SPEAKER OUTPUT 1kHz SUBWOOFER Input level Volume FRONT CENTER SL SR OUTPUT L R 50Hz Both ch 20 dBm 6 0 dB DSP THROUGH YSS PCM DSP THROUGH YSS DD dts EX ES off Shaded items not used in this example Shaded ...

Page 8: ...c selection A D DIR Main DSP Sub DSP AD L R L R LS RS C LFE C SW L R SL SR 4Mbit DRAM SPEAKER OUTPUT 1kHz SUBWOOFER Input level Volume FRONT CENTER SL SR OUTPUT L R 50Hz Both ch 20 dBm 6 0 dB 5 5 dBm RAM THROUGH Auto 2 RAM THROUGH This function is for YSS938 only Only the CT signal is output through the Sub DSP DRAM RAM 0dB Reference data INPUT DVD ANALOG SWFR 50Hz Others 1kHz Shaded items not use...

Page 9: ...The Main DSP is selected for FRONT L R output Using the sub menu it is possible to select PRO LOGIC I II Movie The Auto Input Balance function is always off When the Dolby Digital Multi input is used the function is the same as in the Dolby Digital Normal mode The LFE signal is not output when decoding in the PRO LOGIC I II mode Neo 6 Not applied to these models SPEAKER OUTPUT 1kHz SUBWOOFER Input...

Page 10: ... LFE BASS 1 FRONT SMALL 0dB LARGE LARGE SMALL 0dB SWFR 2 CENTER NONE NONE LARGE LARGE 0dB BOTH 3 LFE BASS FRONT SMALL SMALL LARGE 0dB FRONT 4 Presence Mix 5CH LARGE LARGE LARGE 0dB BOTH 4 SPEAKERS SET The input signal is automatically identified and switched in the priority order of dts DOLBY DIGITAL AAC PCM AUDIO Analog A D according to the signal detection LARGE This mode is used with a speaker ...

Page 11: ...thers 1kHz Digital Analog Same as 1 YSS automatic selection Same as 1 YSS automatic selection A D DIR Main DSP Sub DSP AD or CS L R L R LS RS C LFE C SW SL SR L R Shaded items not used in this example SPEAKER OUTPUT 1kHz SUBWOOFER Input level Volume FRONT CENTER SL SR OUTPUT L R 50Hz Both ch 20 dBm 6 0 dB 11 5 dBm SPEAKER OUTPUT 1kHz SUBWOOFER Input level Volume FRONT CENTER SL SR OUTPUT L R 50Hz ...

Page 12: ...ing ANALOG FRONT BYPASS Regarding internal external synchronization selection of the image signals by the microprocessor control the internal synchronization is selected when the initial display is provided and when all FL s light up and the external synchronization at any other time Also except when the initial display is provided 128 characters for confirmation of the OSD driver are displayed as...

Page 13: ...PASS PRESET INHIBIT Initialization inhibited RAM initialization is not executed Select this sub menu to protect the values set by the user The production history is not erased using this sub menu PRESET RESERVED Initialization reserved Initialization of the back up RAM is reserved Actually initialization is executed the next time that the power is turned on Select this sub menu to reset to the ori...

Page 14: ...of pin No 91 of IC242 is displayed using 5V 256 as standard The port output is controlled by using the input voltage value of pin No 91 of IC242 When higher than VthH the port output is changed from H to L When lower than VthL the port output is changed from L to H Note Vth Threshold voltage PORT VthL VthH No 87 2 88V 3 38V U C models 2 98V 3 48V A B G E L R T K models Display K0 K1 0 6 6CH INPUT ...

Page 15: ... selected Display 00 01 02 03 04 05 06 0A 0B 0C 0D Fs kHz Analog 32 44 1 48 64 88 2 96 Unknown NRM Unknown DBL Unknown QUAD Not defined Value Choice Preset name 0 NONE 1 OPTA 2 OPTB D TV CBL 3 OPTC DVD 4 OPTD 6 OPTF 8 COAXA CD 9 COAXB 4th byte Format information of reproduction signal 1 Analog processing used for digital reproduction is not possible because of a commercial bit or 4 ch audio reason...

Page 16: ...pplied to these models MTT Mute Trigger Byte No Function 1 Mute condition 2 Factor of the last mute 3 Error count of YSS938 FSCNT 4 Mute count by YSS938 FSCNT 5 Error factor of down load of CS49329 Display Description WAIT Bus is being checked NoEr No error detected DATA Data bus shorted or open RSCS RAS or CAS shorted or open ADDR Address bus shorted or open 12 DSP RAM CHECK This menu is used to ...

Page 17: ...the SW mode the settings become effective MODEL SETTING V350 or V350T can be selected As there is no model to replace with this mode is used the check for the T destination TUNER DESTINATION UC AKGTE or RL can be selected SW MODE PCB or SOFT can be selected ZONE2 NOT or EXIST can be selected Not applied to these models RDS NOT or EXIST can be selected VIDEO FORMAT NTSC or PAL can be selected Not a...

Page 18: ... data at every 8 bits for each program area and expressing the result as a 4 figure hexadecimal data 1 Version Release 1 digit Main version 2 digit DSP version 2 digit Checksum A All area Check of port setting for judging microprocessor function Display of AAC function detection port state Type Tuner mode Port 3 Frequency range 1 0 type 2 FM AM 0 0 0 76 0 90 0MHz 100kHz 531 1611kHz 9kHz 1 1 0 87 5...

Page 19: ... SURROUND Lch R159 SURROUND Rch CONFIRMATION OF IDLING CURRENT Confirmation of Idling Current of Main 1 P C B Right after the power is turned on confirm that the voltage across the terminals of R157 Front Lch R158 Front Rch R148 Center R156 Surround Lch R159 Surround Rch are between 0 1mV and 10 0mV ...

Page 20: ...X 25 NX 24 NX 23 NX 22 NX 21 NX 20 16G 19 15G 18 14G 17 13G 16 12G 15 11G 14 10G 13 9G 12 8G 11 7G 10 6G 9 5G 8 4G 7 3G 6 2G 5 1G 4 NP 3 NP 36 P30 35 P31 2 F1 1 F1 Connection Note 1 F1 F2 Filament 2 NP No pin 3 NX No extened 4 DL Datum line 5 1G 16G Grid 1G 14G 15G 16G 16G 1 1 1 2 1 3 1 4 1 5 1 6 1 7 2 1 2 2 2 3 2 4 2 5 2 6 2 7 3 1 3 2 3 3 3 4 3 5 3 6 3 7 4 1 4 2 4 3 4 4 4 5 4 6 4 7 5 1 5 2 5 3 5 ...

Page 21: ... 2e 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 P17 2f 2 4 2 4 2 4 2 4 2 4 2 4 2 4 2 4 2 4 2 4 P18 2g 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 P19 S5 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 P20 S6 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 P21 S16 1 5 1 5 1 5 1 5 1 5 1 5 1 5 1 5 1 5 1 5 P22 S17 S2 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 5 2 5 P23 S18 S3 3 5 3 5 3 5 3 5 3 5 3 5 3 5 3 5 3 5 3 5 P24 S19 S4 4 5 4 5...

Page 22: ...name I O Detail of function 1 SOUT4 DTFD SO FL Driver TxD 2 CLK4 CKFD SCK FL Driver CLOCK 3 P94 BLK O FL Driver OFF 4 P93 I Open Unconnected 5 SOUT3 SDM SO YSS938 TxD 6 SIN3 SDD SI YSS938 RxD 7 CLK3 YSSCK SCK YSS938 CLOCK 8 BYTE BYTE VSS Vss when single chip mode is used 9 CNVss CNVss Vss Vcc Vss when single chip mode is used Vcc when flash writing is used 10 P87 CSY O YSS938 CE 11 P86 ICD O YSS93...

Page 23: ... SW INT 5M Switch Output 76 P14 SCKP TUN0 O I PLL IC Clock Destination Discriminate 0 77 P13 SDTP O PLL IC TxD 78 P12 SDRP I IPU PLL IC RxD 79 P11 TUNED I IPU Tuned 80 P10 ST I IPU Tuner ST 81 P07 TMT O Tuner Mute 82 P06 PRY O Power Relay Output 83 P05 SRY O Surround SP Relay Output 84 P04 FRRY B O Front B SP Relay Output 85 P03 FRRY A O Front A SP Relay Output 86 P02 PRI I Protection Excess Curre...

Page 24: ...I SO CS DIRINT LOCK CRC SURENC VDD1 KARAOKE MUTE AC3DATA DTSDATA NONPCM VSS ZEROFLG OVFB END RAMA17 RAMA16 RAMA15 RAMA14 RAMA13 RAMA12 SELI5 SELI6 SELI7 SELI8 VDD2 VSS RAMA11 RAMA10 SDIB1 SDIB0 VSS VDD2 IPORT12 IPORT13 IPORT14 DIRSDO DIRWCK DIRBCK DIRMCK ERR BS SYNC U FS128 C DBL V SDWCKI1 SDBCKI1 VSS SDOB3 SDOB2 SDOB1 SDOB0 VDD1 ZEROBF3R ZEROBF3L ZEROBF2R ZEROBF2L OPORT0 OPORT1 OPORT2 OPORT3 OPOR...

Page 25: ...k input terminal for SDIA SDOA SDIB SDOB interface BCKG Unconnected 30 SDBCK0 O DIRBCK or SDBCKI0 invert clock output terminal Unconnected 31 IPORT8 I IPINT general purpose input terminal 32 IPORT9 I IPINT general purpose input terminal NONPCM 33 IPORT10 I IPINT general purpose input terminal NONPCM 34 IPORT11 I IPINT general purpose input terminal MUTE 35 SDIA I AC 3 DTS bit stream or PCM data in...

Page 26: ...memory data terminal 3 82 ZEROBF1R O SDOB1 Rch zero flag output terminal ZF1R Unconnected 83 ZEROBF1L O SDOB1 Lch zero flag output terminal ZF1L Unconnected 84 ZEROBF0R O SDOB0 Rch zero flag output terminal ZF0R Unconnected 85 ZEROBF0L O SDOB0 Lch zero flag output terminal ZF0L Unconnected 86 RAMD4 I O Sub DSP External memory data terminal 4 87 RAMD5 I O Sub DSP External memory data terminal 5 88 ...

Page 27: ...ory address terminal 15 Unconnected 133 RAMA16 O Sub DSP External memory address terminal 16 Unconnected 134 RAMA17 O Sub DSP External memory address terminal 17 Unconnected 135 OVFB END O Sub DSP Overflow program end detect terminal Unconnected 136 ZEROFLG O Main DSP Zero flag output terminal Unconnected 137 VSS Ground terminal 138 NONPCM O Main DSP Non PCM data detect terminal 139 DTSDATA O Main...

Page 28: ...µPC29M33T E1 MM74HCU04SJX TC74HCT08AF MSM514260E 60JS 1 20 40 1 4 8 1 7 14 LC72722PM NJM2068MD 1 40 41 80 81 120 121 160 YSS938 BD3816K1 AK4628VQ 1 22 33 34 11 23 12 44 M66003 0101FP 1 16 17 32 33 48 49 64 1 1 24 25 40 41 64 65 80 30 31 50 51 80 81 100 M30626FHPFP STK403 130Y 1 15 STK404 130Y 1 13 TC74HCT08AF 1 7 14 PIN CONNECTION DIAGRAM ICs ...

Page 29: ...6 8B UDZS5 6BTE 17 UDZS6 2B UDZS9 1B KDS160 RTK TS6P03G Anode Anode Cathode Cathode KBP103G SB01 05Q 2SA1015 2SB949 2SC1815 2SC2705 2SA2N5401C AT 2SC2N5551C AT E C B 2SA1037K 2SC2412K 2SC3326 KRA104S RTK KRC104S RTK KRC102S RTK B E C 2SA1708 2SC4488 E C B BCE 2SB1274 2SD1913 2SC1740S KRA104M AT KRC102M AT E C B Diodes Transistors ...

Page 30: ...8 DIR MAIN u COM XL801 24 576MHz D TV D A C SW ADFL ADFR 90Hz HPF Q455 Q456 C431 432 5MS LEVEL SHIFT Q256 LEVEL SHIFT Q250 LEVEL SHIFT Q248 MUTE CONTROL Lch IC102 Rch IC103 Lch IC102 Rch IC103 IC101 DETECT Q112 117 I PROTECT DETECT Q123 POWER DETECT RY102 FRONT L R A RY101 RY105 RY411 RY104 RELAY DRIVE Q118 120 122 124 IC454 IC452 IC453 I PROTECT DC PROTECT SPEAKER RELAY POWER LIMIT MUTE Q611 612 ...

Page 31: ... 192kHz 24Bit 8 channel CODEC 22 ROUT4 12 1 SDTI4 8 SDTI3 7 SDTI2 6 SDTI1 9 SDTO 10 DAUX 4 BICK 5 LRCK 39 MCLK 32 RIN 31 LIN 21 LOUT4 24 ROUT3 23 LOUT3 26 ROUT2 25 LOUT2 28 ROUT1 27 LOUT1 IC804 PQ025EZ5MZP Regulator 1 Vin 3 Vo 2 Vc 5 GND IC805 µPC29M33T E1 Voltage Regulator 3 OUTPUT 1 INPUT 2 COMMON GND Safety Drive Limiter Excessive Electric Current Protection Sudden Current Protection Starter Ci...

Page 32: ...2 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 ING SW REC A REC B REC C LOGIC Input select Vcc VEE TREBLE BASS Output mode select Master volume 6 1ch select FRL select VINFR GOUTFL VINFL AGND10 TNF1 TNF2 BNFA1 BNFB1 BNFA2 BNFB2 OUTFR OUTFL AGND9 OUTC OUTSR OUTSL OUTCB AGND8 OUTSW...

Page 33: ... P37 45 P36 XOUT 6 VDD 8 Vcc2 18 Vss 5 Vp 64 XIN 7 3 4 RESET 1 P35 44 9 P1 P9 17 19 P10 Segment output circuit Display code RAM 8 bit x 60 CGROM 35 bit x 166 CGROM 35 bit x 16 code select Code write Code command control circuit G1 63 53 G11 IC551 M66003 0101FP FL Display Driver 2 data timing clock dot data write scan pulse x NOT USED O USED APPLICABLE Page 52 to DSP M7 Page 56 to MAIN 1 H4 Page 55...

Page 34: ...voltages are measured with a 10MΩ V DC electronic volt meter Components having special characteristics are marked s and must be replaced with parts having specifications equal to those originally installed Schematic diagram is subject to change without notice FRONT L FRONT L CENTER CENTER SURROUND L SURROUND L 12 1 0 0 12 1 0 0 47 9 49 1 49 2 0 0 0 0 0 0 0 0 0 0 0 6 47 2 12 1 0 0 12 1 0 0 47 9 49 ...

Page 35: ... 8 9 10 11 16 17 13 12 IC391 LA7956 Video Switch 1 2 3 4 5 6 7 8 9 VIDEO OUT A B VIN1 GND VIN2 VCC VIN3 VIN4 DRIVER 6dB AMP CONTROL 4 INPUT 1 OUTPUT VIDEO SWITCH x NOT USED O USED APPLICABLE Point 4 emitter of Q258 and collector of Q259 POWER ON Connect the power cable POWER OFF Disconnect the power cable A Q258 E B Q259 C Point 2 Pin 12 of IC241 Point 3 Pin 13 of IC242 Page 53 to FUNCTION 1 G1 Pa...

Page 36: ...RAMIC FILTER FLTR COMB COMB FILTER MODULE FLTR LC RF LC FILTER EMI GND MTL GROUND PLATE GND TERM GROUND TERMINAL HOLDER FUS FUSE HOLDER IC PRTCT IC PROTECTOR JUMPER CN JUMPER CONNECTOR JUMPER TST JUMPER TEST POINT L DTCT LIGHT DETECTING MODULE L EMIT LIGHT EMITTING MODULE LED DSPLY LED DISPLAY LED INFRD LED INFRARED MODUL RF MODULATOR RF PHOT CPL PHOTO COUPLER PHOT INTR PHOTO INTERRUPTER PHOT RFLC...

Page 37: ...0uF 6 3V C916 UR828100 C EL 100uF 10V C918 UR866220 C EL 2 2uF 50V C919 UR847100 C EL 10uF 25V C920 UR847100 C EL 10uF 25V D801 VT332900 DIODE 1SS355 D802 VT332900 DIODE 1SS355 D803 VT332900 DIODE 1SS355 D804 VT332900 DIODE 1SS355 D805 VT332900 DIODE 1SS355 D806 VT332900 DIODE 1SS355 D807 WB081800 DIODE SB01 05Q D808 WB081800 DIODE SB01 05Q D809 WB081800 DIODE SB01 05Q D810 WB081800 DIODE SB01 05Q...

Page 38: ... VQ963900 CN BS PIN 18P CB677 VQ962100 CN BS PIN 18P CB691 V9377900 CN BS PIN 4P SE VHSERIES RL C431 UA654100 C MYLAR 0 01uF 50V C432 UA654100 C MYLAR 0 01uF 50V C433 UA654100 C MYLAR 0 01uF 50V C434 UA654100 C MYLAR 0 01uF 50V C457 UA652100 C MYLAR 100pF 50V C458 UA652100 C MYLAR 100pF 50V C459 UA652100 C MYLAR 100pF 50V C460 UA652100 C MYLAR 100pF 50V C461 FG651470 C CE 47pF 50V C462 FG651470 C ...

Page 39: ...AR 100pF 50V C504 UA652100 C MYLAR 100pF 50V C505 UA652100 C MYLAR 100pF 50V C506 UA652100 C MYLAR 100pF 50V C507 UA653390 C MYLAR 3900pF 50V C508 UR837100 C EL 10uF 16V C509 UR837100 C EL 10uF 16V C510 UR837100 C EL 10uF 16V C511 UA652100 C MYLAR 100pF 50V C512 UA652100 C MYLAR 100pF 50V C513 UR837100 C EL 10uF 16V C514 UR837100 C EL 10uF 16V C515 UR837100 C EL 10uF 16V C516 UR837100 C EL 10uF 16...

Page 40: ...YLAR ML 0 1uF 50V C666 VE326000 C MYLAR ML 0 1uF 50V C667 VE326000 C MYLAR ML 0 1uF 50V C668 VE326000 C MYLAR ML 0 1uF 50V C669 VE326000 C MYLAR ML 0 1uF 50V D431 VU172500 DIODE ZENR UDZS9 1B D432 VT332900 DIODE 1SS355 D433 VT332900 DIODE 1SS355 D451 VU994300 DIODE ZENR MA8075 H 7 7V D452 VU994300 DIODE ZENR MA8075 H 7 7V D551 VU172100 DIODE ZENR UDZS6 2B 6 2V D552 VU172100 DIODE ZENR UDZS6 2B 6 2...

Page 41: ...3470 R CAR FP 4 7Ω 1 4W R657 HV753100 R CAR FP 1Ω 1 4W R658 HV753100 R CAR FP 1Ω 1 4W R660 VP939500 R MTL FLM 1Ω 1W ST431 WA789700 SCR TERM ST451 WA789600 SCR TERM M3 SW551 V9281300 SW RT ENC EVEKD2F3024B SW552 VV020300 SW TACT SKQNAA SW553 VV020300 SW TACT SKQNAA SW554 VV020300 SW TACT SKQNAA SW555 VV020300 SW TACT SKQNAA SW556 VV020300 SW TACT SKQNAA SW557 VV020300 SW TACT SKQNAA SW558 VV020300 ...

Page 42: ...CN BS PIN 12P CB245 Vi878300 CN BS PIN 5P CB246 VF728200 CN BS PIN 10P CB247 VQ963000 CN BS PIN 9P CB248 VQ044400 CN BS PIN 9P CB249 VQ963500 CN BS PIN 14P CB371 Vi878100 CN BS PIN 3P CB372 VP206500 HOLDER FUS EYF 52BCT CB373 VP206500 HOLDER FUS EYF 52BCT CB374 VG879900 CN BS PIN 2P CB375 VG879900 CN BS PIN 2P CB391 VK026400 CN BS PIN 5P CB411 VQ584800 CN BS PIN 6P C101 UA654100 C MYLAR 0 01uF 50V...

Page 43: ...0 1uF 50V C143 VE326000 C MYLAR ML 0 1uF 50V C144 UR876470 C EL 4 7uF 63V C145 UR828100 C EL 100uF 10V C146 UR858100 C EL 100uF 35V C147 UR866470 C EL 4 7uF 50V C148 UA654100 C MYLAR 0 01uF 50V RTKABGEL C149 UR868100 C EL 100uF 50V C150 UA654100 C MYLAR 0 01uF 50V RTKABGEL C151 UA654100 C MYLAR 0 01uF 50V C152 WC869200 C EL 6800uF 63V UCRTKAL C152 WC998700 C EL 6800uF 63V BGE C153 WC869200 C EL 68...

Page 44: ...C MYLAR 0 01uF 50V RL s C377 WB121400 C CE SAFTY 0 01uF 295V C393 UR877100 C EL 10uF 63V C394 UR877100 C EL 10uF 63V C395 UR877100 C EL 10uF 63V C396 UR877100 C EL 10uF 63V C397 UR829100 C EL 1000uF 10V C398 UR829100 C EL 1000uF 10V C401 UR838100 C EL 100uF 16V C411 UA654100 C MYLAR 0 01uF 50V RTKABGEL C412 UA654100 C MYLAR 0 01uF 50V RTKABGEL C415 UA654100 C MYLAR 0 01uF 50V C415 UA654100 C MYLAR...

Page 45: ...5 1V D256 VU171900 DIODE ZENR UDZ5 1B 5 1V D257 VU171900 DIODE ZENR UDZ5 1B 5 1V D258 VU171900 DIODE ZENR UDZ5 1B 5 1V D259 VU171900 DIODE ZENR UDZ5 1B 5 1V D371 VD631600 DIODE 1SS133 176 D372 VG437000 DIODE ZENR MTZJ4 7A 4 7V RL s D373 VS997800 DIODE 1T2 s D374 VS997800 DIODE 1T2 s D375 VS997800 DIODE 1T2 RL s D376 VS997800 DIODE 1T2 s D377 VS997800 DIODE 1T2 D411 VD631600 DIODE 1SS133 176 s F371...

Page 46: ...TK Q246 WC435100 TR DGT KRC104S RTK Q247 iC1815I0 TR 2SC1815 Y Q248 WC435100 TR DGT KRC104S RTK Q249 VP872700 TR 2SC4488 S T RL Q250 WC435100 TR DGT KRC104S RTK Q251 iC174020 TR 2SC1740S R S BGE Q251 iC174020 TR 2SC1740S R S Q252 WC435100 TR DGT KRC104S RTK Q254 VV556500 TR 2SA1037K Q R S Q255 VV556500 TR 2SA1037K Q R S Q256 VV556500 TR 2SA1037K Q R S Q257 VV556500 TR 2SA1037K Q R S Q258 VV556500 ...

Page 47: ...6 HV753220 R CAR FP 2 2Ω 1 4W RTKABGEL R208 HV753220 R CAR FP 2 2Ω 1 4W R216 HV753220 R CAR FP 2 2Ω 1 4W RTKABGEL R217 HV753220 R CAR FP 2 2Ω 1 4W RTKABGEL R243 HV753220 R CAR FP 2 2Ω 1 4W R378 VC757900 R MTL OXD 47Ω 2W RL R380 V6730000 R CAR 2 2MΩ 1 2W UC R399 HV755270 R CAR FP 270Ω 1 4W R405 HV753220 R CAR FP 2 2Ω 1 4W R411 HV753220 R CAR FP 2 2Ω 1 4W RTKABGEL R414 HV753220 R CAR FP 2 2Ω 1 4W RT...

Page 48: ...kΩ HF45 7620 HF45 7620 68 kΩ HF45 7680 HF45 7680 82 kΩ HF45 7820 HF45 7820 91 kΩ HF45 7910 HF45 7910 100 kΩ HF45 8100 HF45 8100 110 kΩ HF45 8110 HF45 8110 120 kΩ HF45 8120 HF45 8120 150 kΩ HF45 8150 HF45 8150 180 kΩ HF45 8180 HF45 8180 220 kΩ HJ35 8220 HF85 8220 270 kΩ HF45 8270 HF45 8270 300 kΩ HF45 8300 HF45 8300 330 kΩ HF45 8330 HF45 8330 390 kΩ HJ35 8390 HF85 8390 470 kΩ HF45 8470 HF45 8470 56...

Page 49: ...63 163 202 202 200 201 171 103 160 160 160 160 17 16 160 164 103 171 101 163 167 167 109 167 167 168 170 170 15 151 120 120 163 163 160 152 167 8 5 4 4 5 23 12 1 5 2 5 3 3 2 5 10 1 6 121 150 172 172 7 1 1 1 1 203 1 10 1 13 151 R L models 168 1 1 1 1 1 1 9 1 1 RX V350 C L R K models HTR 5730 U C A L R T K models RX V350 B G E models HTR 5730 G E models EXPLODED VIEW ...

Page 50: ...TER UC s 16 WC992700 POWER CABLE 2m R s 16 WB120600 POWER CABLE 2m T s 16 WC753000 POWER CABLE 2m K s 16 WC743700 POWER CABLE 2m A New Parts Schm Ref PART NO Description Remarks Markets s 16 WB212200 POWER CABLE 2m B s 16 WB212300 POWER CABLE 2m GEL 17 V2438700 CORD STOPPER 10P1 23 MF115140 FLEXIBLE FLAT CABLE 15P 140mm P 1 25 101 WA792200 TOP COVER GD 101 WA791900 TOP COVER BL 101 WA792000 TOP CO...

Page 51: ... 12 79 13 79 14 79 15 79 16 79 17 79 18 79 AF 79 A9 79 AB 79 A8 79 AE MD 79 AC 79 AA 79 AD 79 85 79 86 79 87 79 88 79 89 79 8A 79 8B 79 8C 7F 80 7F 83 7F 86 7F 82 7F 87 CD R 7F 88 7F 84 7F 89 7F 91 7F 92 7F 93 7F 94 7F 95 7F 96 7F 97 7F 98 TUNER 7A E5 7A E6 7A E7 7A E8 7A E9 7A EA 7A EB 7A EC A5 AA 55 56 AA 5A 95 A6 6A 9A A5 9A AA 9A DVD P 69 9A 6A 5A A9 9A 6A AA 9A AA 5A AA A6 AA 66 AA 96 AA 56 A...

Page 52: ...12 11 PRESET 11 12 PRESET 10 13 DTS 90 14 6 1 5 1 97 15 NIGHT 95 16 SLEEP 57 17 TEST 85 18 VOLUME 1A 19 STEREO 56 20 PROG 59 21 MUTE 1C 22 PROG 58 23 LEVEL 86 24 VOLUME 1B 25 SET MENU 9C 26 98 27 28 29 30 99 31 53 32 52 33 Key Name Data Code Key No Key Name Data Code CUSTOM CODE 7A REMOTE CONTROL RAV16 RX V350 B G E models HTR 5730 G E models The schematic diagram is not available ...

Page 53: ...RX V350 HTR 5730 ...

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